5-Minute Cyber-Physical Scanner

Physical Reality,
Digital Possibilities.

Physical bodies lack real-time digital sync. MirrorTwin closes that gap — a cyber-physical pod that captures sub-millimeter body geometry and live biometrics simultaneously, generating a complete Digital Twin in under five minutes.

See how it worksTechnical specs
< 5 min
full twin capture
$101B
global TAM
75%
gross margin
TRL 3→5
development stage
VOLUMETRIC·3D
THERMAL·MAP
BIOMETRIC·CAP
EMG·SENSORS
SCROLL
System Architecture

From Physical Body
to Digital Twin

Three-phase on-premise pipeline converting biometric data into a precision-calibrated virtual replica — all computed locally, in under 90 seconds.

01 — Capture
ACTIVE
———
———
———
———
———
———
SCAN 0%
Optical + Biometric
02 — Process
LOCAL COMPUTE
MESH TOPOLOGY BUILD—
VITAL METADATA FUSION—
SURFACE RECONSTRUCTION—
DIGITAL TWIN COMPILATION—
V1 Digital Twin
03 — Output
AWAITING
AWAITING DATA
Heart Rate
72BPM
SpO₂
98%
Core Temp
36.7°C
RESOLUTION
—
MESH PTS
—
ACCURACY
—
CAPTURE
TRANSFER
PROCESS
TRANSFER
OUTPUT
COMPLETE
OVERLAY-READY FOR MRI · CT · X-RAY · THIRD-PARTY CLINICAL DATA
Why MirrorTwin

The moat no software-only
twin can replicate.

Zero-Blind-Spot Pentagonal Array

Unique 5-camera geometric placement guarantees a true, perfectly proportioned 360° capture of the entire human body — no occlusion, no dead zone.

5-camera array360° captureSub-mm mesh

Controlled Multispectral Lighting

Dynamic RGB LEDs coupled with AI diffusion models capture exact skin contrast and thermal tone for precision tissue matching and burn-center diagnostics.

RGB LED arrayAI diffusionThermal mapping

Real-time Biometric Sync

Vital signs are captured and spatially anchored to the 3D mesh the moment the scan completes — creating an instant, living digital twin rather than a static snapshot.

Vitals fusionSpatial anchorInstant twin

Clinical Data Interoperability

Overlays external MRI, CT, and X-ray data directly onto the patient's 3D avatar. Every modality unified in one navigable spatial record — via the CharakDT API.

DICOMMRI/CT/X-rayCharakDT API

Prosthetics & Surgical Planning

Localized casting fails to capture full-body biomechanical balance. MirrorTwin provides exact 3D biomechanical data so MedTech partners can fabricate custom prosthetics with perfect fit.

BiomechanicsCAD exportCustom fit

Scanning-as-a-Service

Deploy as an enterprise pod at ₹20L per unit (75% gross margin), recurring SaaS at ₹50K/yr, or individual scans at ₹2,500 — flexible for hospitals, clinics, and clinical trials.

B2B hardwareSaaSPer-scan
Global TAM (2031)
$101B
India SAM
$151M
Target SOM
$15M
Hardware Margin
75%
Pod Price
₹20L
Interoperability

Hardware interface for
IIT Indore's CharakDT.

MirrorTwin is the physical ingestion layer for the CharakDT digital platform — overlaying external MRI, CT, and X-ray data onto the patient's 3D avatar to give clinicians a unified, navigable record that no imaging modality alone can provide.

MirrorTwin Pod Capture
DICOM / CharakDT Ingestion
Spatial Fusion Engine
Unified Digital Twin
MRI

Soft-tissue volumetrics overlaid on mesh — replaces radiation-heavy baseline scans with a safe, affordable avatar.

CT

Bone density and skeletal geometry aligned to the twin's coordinate space for surgical planning.

X-ray

Radiographic projections anchored spatially to the avatar — no more 2D-only siloed reports.

CharakDT

Hardware-in-the-loop interface for IIT Indore's CharakDT digital platform — the primary strategic axis.

Burn Centers

Thermal mapping and skin-texture capture for national burn center diagnostics and graft planning.

AIIMS Pilots

Rapid deployment pathway at leading Tier-1 hospitals for clinical validation and real-world data collection.

All processing is on-premise. Zero data egress. HIPAA-aligned architecture.